| VOLTAGE STABILISERS AND LINE CONDITIONERS | |||
| SERIES RE-2 | |||
| SERIES EMi | |||
| MAINS SEPARATOR ULTRA-INSULATION TRANSFORMER | |||
| SERIES NS | |||
| CONTINUOS REGULATION AUTOTRANSFORMERS | |||
| SERIES ARC | |||
|
The single and 3-phase networks protected against Mains voltage undesired fluctuations, with highest regulation responses |
| MOST USUAL APPLICATIONS |
|
Computers and Data processing |
| KEY ADVANTAGES |
|
Wide range of output powers: from 300 VA to 50 kVA (single-phase) and
from 3 kVA to 200 kVA (3-phase) Versions with Isolation Transformer or Ultra Isolation Transformer (PLC) Controlled by microprocessor Communication capabilities Independent phase regulation, as an standard and static By-pass, as an option High speed output regulation No mechanichal parts |
| CHARACTERISTICS |
|
Output voltage control and adjustement by microprocessor |
| PRICE CONFIGURATION |
| Basic parameters: | ||
| - Power (kVA) / AVR or PLC ? | ||
| Other options: | ||
| - Input/output voltages different from standard (230/3x400) | ||
| - Regulation margin different from ±15% | ||
| - Lighting arrestors or surge protections | ||
| - Delta/Star configurations | ||
| - Maximum-minimum protection, etc. | ||
| MOST USUAL APPLICATIONS |
|
Transmissions and Telecomunications Radar systems in naval or air navigation Process controls Computer an Data processing Numerical control machines Photography controls and processes Laboratory equipments Test equipments Electric furnaces Illumination Electrolysis installations Any electric or electronic equipment sensitible to voltage variations |
| KEY ADVANTAGES |
|
Robust construction, admiting overloads up to 1000% the nominal High output voltage accuracy and stability. >1% for static or dinamic load variations Fast speed response High efficiency. >95%, which means less maintenance cost High reliability (High MTBF) No distortion Electronic control without electromechanical elements Three phase equipments with Star or Delta connection Visualization of main parameters of the stabiliser |
| PRICE CONFIGURATION |
| Basic parameters: | ||
| - Power (kVA) / AVR or PLC ? / Regulation margin (10%/15%/20%) | ||
| Other options: | ||
| - Input/output voltages different from standard (230/3x400) | ||
| - Other regulation margins | ||
| - Lighting arrestors or surge protections | ||
| - Delta/Star configurations | ||
| - Maximum-minimum protection, etc. | ||


| The electrical
distribution mains are normally disturbed by interference caused as a
general rule by machines, industrial equipment, switching transients,
vehicle storms, etc. Mains interference or noise is mistakenly treated
as data and errors are caused in results given by computers, analysers,
processes, electronic instruments, etc. The ideal solution is a mains separarator ultra-insulation transformer, attenuating the interference coming from the mains supply. The attenuation in ordinary mode is in the region of 140 dB. |
| MOST USUAL APPLICATIONS |
|
Computer and peripherals Process control Electronic instrumentation Communications systems Numerical control machines Medical analysers Audio/video recordings Telemetrics |
| KEY ADVANTAGES |
|
Noise-free output Armouring with triple screen Low coupling capacity High insulation (1000 MOhm) High performance. Silent Models 300 VA to 9000 VA |
| MOST USUAL APPLICATIONS |
|
Laboratories Lighting technology Galvanizing technology Galvanoplasty Electrolysis Temperature regulation in electric ovens Speed regulation Electrical controls and testing Voltage regulation other applications for industry generally |
| KEY ADVANTAGES |
|
Powers between 0.6 to 1,000 kVA Single or three-phase input/output voltages Toric and column type versions (depending on the power) Single or double regulation, depending on the model Assembling: Panel, case, case with instruments or in oil tank Manual or motorised version Possibility for tailor-built equipment |